Loading magazine for revolver cylinder



A ril 16, 1968 N. A. BIVENS LOADING MAGAZINE FOR REVOLVER CYLINDER FiledAug. 5, 1966 INVENTOR. IVO/QMA/V A. 5/ (as/v5,

n/m z United States Patent 3,377,732 LOADING MAGAZlNE FOR REVOLVERCYLINDER Norman A. Bivens, 10664 Wheatland Ave., Sunland, Calif. 91040Filed Aug. 5, 1966, Ser. No. 570,525 8 Claims. (CI. 42-50) ABSTRACT OFTHE DISCLOSURE An easy loading magazine for use with revolvers, saidmagazine comprising: an elongated, tubular cartridgereceiving channelclosed at one end; a cartridge follower in said channel; a springbetween said follower and said closed end; a pin passing through saidfollower and penetrating opposed grooves in said channel walls wherebysaid spring may be manually compressed to facilitate loading saidmagazine.

This invention relates to an accessory for a firearm and, morespecifically, the present invention pertains to the provision of meansenabling the user thereof to facilitate the loading of hand guns, suchas revolvers, in particular, and other similar or related pistols,rifles and firearms of analogous classes.

One of the primaiy objects of this invention is to provide a readilyaccessible reserve supply of ammunition for hunters, target shooters,police officers and members of the armed services, wherein the meansenables the user to quickly and easily effect the loading of revolversand similar firearms.

Through convention, most ammunition when carried in reserve by thosepersons using the hand guns is either carried loosely in the pocket, inthe box in which the same is retailed, or in a conventional cartridgebelt. All of these practices have major drawbacks or disadvantages inthat the user must fumble around with the cartridges contained in hispocket or the retail box to find the cartridges and must finger the samein order to position them for loading in the cylinder chamber of arevolver, and in using the conventional cartridge belt, much time islost in selecting the cartridge from the belt and inserting the same inthe cylinder. This loss of time is of particular importance to lawenforcement agents wherein the ability to maintain a sustained firepowermay prevent his wounding or slaying.

The prior art discloses that various attempts had been made to providehand gun users with quick reloading revolver accessories, but for themost part the same are bulky, inefiicient and impractical inapplication, and are ill-suited to accomplish the objectives sought tobe achieved.

It is, thus, among the foremost objects of this invention to providemeans for quickly, positively and accurately loading the cylinder of arevolver or similar firearm, without the disadvantages noted above andstill others not mentioned but which are well known to those skilled inthis art.

The means to which reference was made supra, and which forms the subjectmatter of this invention, comprises a magazine type of cartridge holderfor loading the chambers of a revolver cylinder, the magazine beingconstructed, preferably, to accommodate cartridges corresponding innumber to the number of cartridge chambers formed in the cylinder of agiven revolver with which the magazine is to be held as an accessory.

Another object of this invention is to provide a magazine type cartridgeholder for loading revolver cylinders wherein the holder issubstantially fiat to permit ease in the manual manipulation thereof,occupies but little more space than the actual volume occupied by thecartridges retained in the magazine, and wherein the contour of themagazine is constructed with but a minimum of protuberances therebyeliminating any possibility of its entanglement with clothing, while, atthe same time enabling the same to be quickly withdrawn from a pocket orfrom a belt-supported magazine or clip pouches of a type known in thisart.

A still further object of this invention is to provide a magazine typeloading device for the cylinder of a revolver, the magazine being soconstructed as to include a casing which is adapted to hold one or aplurality of cartridges, together with a spring-biased follower whichconstantly and positively biases the cartridges towards the dischargeend of the magazine while eliminating any possibility of a cartridgejam, and an improved magazine butt plate construction which enables theuser to quickly and easily disassemble the magazine to repair or cleanthe same.

Still another object of this invention is to provide a device of thetype generally described above which is noncomplex in construction andassembly, inexpensive to manufacture and maintain, and which is ruggedand durable in use.

Other and further objects and advantages of this invention will becomemore manifest from a consideration of the following specification whenread in conjunction with the annexed drawing, in which:

FIGURE 1 is a side elevational view, substantially to scale, of a fullyloaded magazine constructed according to this invention for the loadingof the cylinder of a revolver or a similar firearm;

FIGURE 2 is a front elevation of the magazine shown in FIGURE 1;

FIGURE 3 is a rear elevational view of the magazine illustrated inFIGURE 1;

FIGURE 4 is an enlarged detailed longitudinal crosssectional view,FIGURE 4 being taken substantially on the vertical plane of line 4-4 ofFIGURE 3, looking in the direction of the arrows, this view illustratingthe relative positions of the component elements of the loading magazinewhen it is in its unloaded condition;

FIGURE 5 is a detailed transverse cross-sectional view, FIGURE 5 beingtaken on the vertical plane of line 5-5 of FIGURE 4, looking in thedirection of the arrows;

FIGURE 6 is a fragmentary perspective view of the rear portion of themagazine, the butt plate having been removed therefrom;

FIGURE 7 is a perspective view, similar to FIGURE 6, with the butt plateinstalled on the magazine; and

FIGURE 8 is an exploded perspective view of the butt plate construction.

Referring noW more specifically to the several figures of the drawings,reference numeral 10 designates, in general, a magazine type loadingdevice for the cylinder of a revolver or of a related and similarweapon, the magazine being constructed in accordance with the teachingsof this invention. As illustrated herein, the magazine 10 is seen tocomprise an elongated substantially hollow rectangular casing or mainbody portion 12 which may be stamped or otherwise formed to include apair of elongated substantially rectangular, laterally spaced,confronting and parallel side walls 14, 16 integrally connected at anadjacent pair of longitudinally extending side edges by an ogive orarcuately shaped end wall 18. The side walls 14, 16, adjacent theirother respective opposed edges 20, 22 are formed with an elongatedsubstantially rectangular type slot 24, 26, respectively, spacedlaterally and inwardly from the adjacent edge. The guide slots 24, 25are disposed in confronting relation relative to one another with theirrespective axes parallel to one another and parallel to the adjacent oneof the edges 20, 22, and

32, 34 on a reversed ogee curve (with reference to F1 URES l and 4) togive rise to the lobes 36, 33 which are arcuately curved about a commonaxis to present a pair of confronting concave inner sides. The lobes 36,38 are curved inwardly and towards one another in such a manner as toobstruct the free entry into the front or forward end of the magazinebetween the side Walls 14, 16. Butler pads 46 having a substantiallyU-shaped configura tion may be mounted on the lower edges of the lobes36, 38, the pads being positioned immediately adjacent the forward ends42, 43 of the side walls 14, 16, respectively. The pads may be securedthereon by the conventional means 40A such as, for example, snapfasteners.

The rear ends 44, 4-5 of the side walls 14, 16, respectively, areintegral with elongated, laterally diverging, substantially rectangularguide flanges 48, St), the guide flanges 48, 50 extending from pointsadjacent to but spaced below their respective immediately adjacent edges20, 22 to points spaced inwardly from but adjacent to the junction ofthe end wall 18 with the side walls 14, 16.

Reference numeral 52 designates an inverted substantially U-shapedbridge as depicted in the several figures of the drawings, the bridge 52also preferably being formed by stamping. As illustrated, the bridge 52spans the edges 29, 22 and includes an elongated substantiallyrectangular bight portion 54 having a rear end 56 disposed in the commonplane of the rear ends 44, 46 of the side walls 14, 16 and, as isclearly seen in FIGURES l and 4, the forward end of the bight portion 54overhangs the extensions or tongues 28, 3t), and the underside thereoftapers at 54A towards its outer terminal end to serve as a function tobe described.

Projecting laterally from the opposed longitudinally extending marginaledges of the bight portion 54 are, respectively, a pair of elongated,substantially rectangular arms 58, 60 fixedly secured to the exteriorsides of the side Walls 14, 16 and to the upper marginal edges of thetongues 28, 30 by conventional means (not shown), the connectiontherebetween being such as to maintain the bight portion 54 in spacedrelation relative to the edges 20, 22 so as to define a pair of opposed,confronting and parallel guide grooves 62, 64 therebetween.

At 66 as indicated, in general, a magazine follower having asubstantially T-shaped configuration which includes an elongatedsubstantially rectangular cross plate 63 having its opposed endsslidably received in the guide grooves 62, 64, respectively. Anelongated substantially rectangular stem 70 extends centrally of theplate 68 and between the side walls 14, 16, in laterally spaced andsubstantially parallel relationship relative thereto.

Through reference to FIGURE 4, it is seen that the stem 70, when themagazine 10 is in its unloaded condition shown in this figure, has acartridge casing engaging edge 72 that normally projects beyond theforward edges 42, 43 of the side walls 14, 16 and partially between theextensions are tongues 28, 30 and the lobes 36, 38 in laterally spacedrelation relative thereto. The forward edge or easing engaging edge 72of the stem 70 is recessed to form a shoulder 74 inwardly spacedrelative to the adjacent edges of the lobes 36, 38 and at the same timeforming the recessed edge extension 72A which, under magazine no loadcondition is approximate and substantially parallel to the forward edges42, 43 of the side walls 14, 16, respectively. Cartridge rim head spaceis obtained by disposing the forward edge 68A of J the cross plate 68rearwardly of the edge 72, as shown in FIGURE 4.

As is seen in FIGURE 4, the stem 70 is formed with a transverselyextending opening 75 which slidably receives a cross-pin 76therethrough, the cross-pin 76 being provided with a circumferentialgroove 77, 78 adjacent, respectively, the opposed ends thereof, and acentrally located circumferential groove 80. As is seen in FlG- URES 2and 5, the cross-pin 76 is of such length as to extend beyond theremotely disposed sides of the side walls 14, 16, and the grooves 77, 78receive therein at diametrically opposed sides thereof adjacent portionsof the marginal edges of the side walls 14, 16 defining the slots 24, 26and without frictional contact therewith. The grooves 77, 78 areessential in this construction since the outside diameter of thecross-pin 76 is greater than the VvldihS of the slots 24, 26.

The cross-pin 76 is positioned relative to the stem 70 in such a mannerthat its centrally located circumferential groove 80 is disposed in openconfronting relation relative to the inner end of a cylindrical bore 82which, at its outer end, is in open communication with a countersunkhollow cylindrical socket 84 that extends inwardly from the rear edge72B of the stem 70. The socket 84 releasably receives therein asubstantially cylindrical plug 86 having a centrally located lock lug 88projecting laterally from the side thereof, the lock lug 88 having theouter end thereof adapted to be received within the bore 82 and is ofsuch length as to engage within the circumferential groove 80 to therebyprevent the inadvertent or accidental shifting of the cross-pin 76. Theother side of the plug 86 is reduced in diameter forming an outwardlyfacing neck 90 and spring seat 92 (see FIGURE 4) to which furtherreference will be made infra.

The stem 70, adjacent its outermost free edge 720, but spaced inwardlytherefrom, carries a laterally projecting cylindrical magazine followerstabilizing bar 92, the opposed ends of the latter slidably engaging theconfronting inner ends of the side walls 14, 16 as the follower 66 isactuated. Also located inwardly from but adjacent the edge 72C andformed in the edge 72B is a rearwardly opening transverse arcuate keeperpocket 94, the function of which will become known below.

This invention contemplates the use of a two-piece magazine butt plateassembly or unit shown in FIGURE 8 of the drawing, the butt plateassembly or unit shown therein bearing the general reference numeral100.

The unit is seen to include, as one-piece thereof, an elongatedsubstantially rectangular slide plate 102 having a main body portion 104which is formed with a pair of reverted longitudinally extendinglaterally spaced and substantially parallel flanges 106, 108 at themarginal edges thereof, the flanges 106, 168 overlying the adjacentportions of the main body portion 104- in spaced relation relativethereto to form a pair of substantially parallel inwardly openingconfronting grooves 110, 112. The main body portion 104 is also providedwith a centrally located elongated transversely extending andsubstantially rectangular slot 114 which is intersected intermediate itsends by a substantially cylindrical opening 116, the functions of theslot 114 and opening 116 to be explained below.

One end of the main body portion 104 is provided with a transverselyextending substantially rectangular throat 118 that extendslongitudinally therefrom and which is inwardly inclined relative theretoin the direction of the flanges 106, 103, the throat 118 closing theadjacent end of the grooves 110, 112 and serving as abutment means aswill be explained below. The opposite ends of the grooves 110, 112remain open at all times.

As is seen in FIGURES 4, 7 and 8, the throat 1118 continues into anintegrally formed substantially rectangular end plate 126 having arounded or ogive-shaped outer end 122.

The second piece of the two-piece butt plate unit 100 is identified byreference numeral 124 and comprises a lock plate having an elongatedsubstantially rectangular main body portion 126 in which is located adetent 128 facing outwardly from the side thereof and which is adaptedto be loosely received within the cylindrical opening 116 when thepieces are assembled to serve a later described function. The main bodyportion 126 adjacent one of its ends is provided with a transverseelongated substantially rectangular throat 130 which projects angularlyand longitudinally therefrom in the direction of the other side of themain body portion 126. The throat 130 continues into a substantiallyrectangular end plate 132 which is offset but substantially parallel tothe main body portion 126, and the end plate 132 is also provided with arounded or ogive-shaped outer end 134.

The ogive-shaped end 134, at its apex, is struck to form a notch 136having a tab 138 at the base end thereof, the tab 138 projecting fromthe end plate 132 in a direction away from the aforementioned other sideof the main body portion 126.

It is thus seen that the two pieces 102, 124 of the unit 100 areessentially congruent in configuration relative to one another, and, insome respects the two are congruent with respect to the transversecross-sectional configuration of the casing 12 to serve a function to bedescribed.

In the assembly shown in FIGURES l, 4 and 7, the butt plate assembly 100is shown as being detachably connected on the rear end of the casing 12,the lock plate having such dimensions as to extend transversely betweenand to substantially fill the space between the side walls 14, 16 andthe end wall 18, with the free end of the main body portion 126 engagingthe underside of the bight portion 54 and with its rounded orogive-shaped end 134 engaging within the ogive-shaped end wall 18 andcomplementing the same. The lock plate 124 is. of course, perpendicularto the side walls 14, 16.

Positioned outwardly therefrom is the slide plate 102, the upper freeend of the main body portion 104 thereof being substantially coplanarwith the outer side of the bight portion 54, the flanges 48, 51} beingslidably engaged in the grooves 106, 1118, respectively, and with theogiveshaped end 122 projecting slightly beyond the ogive end wall 18.The detent 128 is, of course, releasably received in the opening 116.

Interposed between the follower 66 and the lock plate 124 and positionedin the casing 12 is an elongated helicoidal spring 148 undercompression, each convolution of the spring being substantially oblongin configuration including the opposed substantially straight oppositelydisposed side arms 150, 152, respectively, connected at each of theirrespective adjacent pair of ends by concaveconvex links 154, 156,respectively, the concave portions thereof facing towards one another.As is seen in FIG- URE 4, the forward or front convolution has its link154 disposed in the seat 92 and partially surrounding the cylindricalneck or keeper 9%, while the link 156 thereof seats and is releasablyengaged in the arcuate keeper pocket 94. The rearmost convolution of thespring 148 has its link 154 bearing against the main body portion 126and its link 156 locked behind the tab 138 and between it and anadjacent portion of the side wall 18.

The magazine 10 is front end-loaded in the usual man- FBI", and inFIGURE 1, which is substantially full scale, the magazine 16 when fullyloaded as illustrated in this figure will hold six cartridges 158 of the.38 caliber cartridge, for example. The magazine 10 may be constructed,of course, for any caliber cart idge and for any number of roundsdesired and is not limited in this respect to the s ecific examnle gven. To load the magazine 10, the first of the cartridges 158 isintroduced into the magazine 1.0 by substantially simultaneouslyengaging and pressing the cartridge casing 160 thereof between the edges32, 34 to spring the resilient lobes 36, 38 outwardly and to passtherebetween, the lobes 36, 38 then locking there behind whilesubstantially simultaneously therewith causing diametrically opposedportions of the rim 162 of the cartridge base 163 to enter and slide inthe opposed grooves 62, 64. As the cartridge 158 is thus introduced inthe magazine 10', the casing 160 makes a straight line tangentialengagement with the edge 72 of the follower 66 substantiallysimultaneously as the adjacent portion of its rim 162 tangentiallyengages the front edge 63A of the cross plate 63, and as the cartridgemoves into the magazine 10 the follower 66 is moved to the right, asviewed in FIGURE 4, towards the butt plate unit 166. The loading of themagazine 10 is facilitated if the operator will grasp the opposedends ofthe cross-pin 76 and draw the same towards the right, as viewed inFIGURE 4, to overcome the spring tension exerted on the follower 66.

The next succeeding cartridges 153 are fed into the magazine It} in thesame manner described with the exception that these make tangential rimcontact only with the next adjacent rim 162 of the outermost one of theloaded cartridges 158. The head space between the edges 20, 22 andadjacent portions of the bight portion 54 is sufficient to permit therims 162 to freely slide in the grooves 62, 64 but is not sufficientlygreat so as to permit the rims 162 to cant therein thereby maintainingthe longitudinal axis of the cartridges 158 substantially parallel toone another and perpendicular to the bight portion 54 with the exceptionof the outermost one 158A thereof which, due to the engagement of itsbase 163 with the inclined or tapered surface 54A is canted away fromthe next adjacent cartridge 158, as shown in FIG-- URE l, the fullyloaded magazine 10 being shown therein.

To utilize the loaded magazine 10, the revolver cylinder (not shown) ismoved to its open loading position and the cartridge cases of spentrounds (if any) are expelled therefrom. With the barrel of the revolverand consequently the cylinder pointed downwardly in their normal loadingpositions, the user now grasps the loaded magazine in his hand, asillustrated in FIGURE 1, the free end of the outermost one of thecartridges 158 is aligned with the first of the empty chambers of thecylinder and the magazine 10 is thrust downwardly towards the cylindercausing the first of the cartridges 158 to enter its chamber. Now entryis particularly facilitated through the use of this magazine 10 sincethe taper 54A (of the order of 1) has pitch the longitudinal axis of thefirst of the cartridges 158 away from adjacent cartridges 158 so thatthe free end of the former is spaced from the next adjacent one thereof,and from the edges 42, 43 of the side walls 14, 16, a distancesufficient to clear the outside edge of the revolver cylinder.Thereafter, and with the cartridge 158 partially chambered, the hand ismoved at substantially right angles to the direction of the thrustreleasing the aforementioned first of the cartridges 153 allowing it tobecome fully chambered under the force of'gravity. The next succeedingcartridge 158 automatically assumes the former position of the nowloaded one thereof. The loading of the next and succeeding chambers isaccomplished in the same manner, it being understood, of course, thatthe cylinder is rotated to present its empty chambers to the loadingmagazine 11 To disassemble the magazine 10, any suitable tool (the rim162, for example) may be engaged in the slot 114 or the opening 116 topush the detent 128 out of its locking engagement with the opening 116.The slide plate 162 is then moved downwardly, reference being made toFIGURES 1, 4 and 7, to cause the flanges 48, 50' to become disengagedfrom within the grooves 110, 112 freeing the lock plate 124. The lockplate 124, being under spring tension, will be forced from between theside walls 14, 16 and the end wall 18, after which the spring 148 may bedrawn outwardly of the casing 12.

As the spring 148 is moved towards the rear of the casing 12, that is,to the right, as viewed in FIGURE 4, it draws with it the follower 66until the opposed ends of the cross-pin 76 enter the openings 24A, 26A,these openings having a diameter slightly greater than the outsidediameter of the cross-pin.

At this time the forward convolution of the spring 148 is disconnectedfrom the follower 66 by disengaging the link 154 from the spring seat 92and the link 156 from its spring seat 94. In this position, the follower66 may be easily reached by the users fingers in order that the plug 86may be removed from the countersunk opening 84- removing,simultaneously, therewith, the lock lug 88, with the lock l-ug 88 beingwithdrawn from the circumferential groove 80, pressure on either end ofthe crosspin 76 will cause the same to be removed from the follower 66through either of the openings 24A, 26A, re spectively, whereby thefollower 66 may be freely taken from the back end of the casing 12. Thedevice may then be cleaned, repaired and reassembled, reversing thesteps referred to above with the further observation to the effect thatthe link 156 at the bottom and lower end of the casing 12, as viewed inFIGURE 4, should again be reengaged with the cap 138 in the mannerdescribed.

Having described and illustrated one embodiment of this invention indetail, it will be understood that the same is proffered merely by wayof example, and that this in-. vention is to be limited only by thescope of the appended claims.

What is claimed is:

1. A cartridge loading magazine for a firearm comprising an elongatedsubstantially hollow casing including a pair of oppositely disposed,laterally spaced side walls, an end wall extending across and connectedto an adjacent pair of longitudinally extending first marginal edges ofsaid side walls, means spanning in spaced substantially parallelrelation a pair of longitudinally extending second pair of adjacentedges of said side walls to define a cartridge rim receiving guidegroove therebetween, butt plate means mounted on and closing one end ofsaid casing, the other end of said casing being substantially open,cartridge follower means disposed within said casing and mounted forreciprocation therein between said open and closed ends thereof, meansinterposed between and engaging said butt plate means and said cartridgefollower to constantly bias said follower for movement toward said openend of said casing, each of said side walls having an elongated slotformed therein with said slots being disposed substantially parallel andin confronting relation relative to one another, said cartridge followerhaving a cross pin extending transversely thereof and having endsprojecting beyond the remotely disposed sides of said follower, saidends of said cross pin being slidably received within, respectively, oneof said slots and being engageable against a pair of adjacent endsthereof to limit the movement of said follower towards said open end ofsaid casing, and means mounted on said cartridge follower releasablyconnecting said cross pin thereon, said cartridge follower beingsubstantially T-shaped in configuration including an elongatedsubstantially rectangular cross head having a pair of opposed ends withone of said ends engaging, respectively, in one of said guide grooves,and a stem projecting laterally and substantially centrally from oneside of said cross head in laterally spaced relation relative to saidside walls, said stem having an opening formed therein to slidablyreceive said cross pin therethrough, said stern having a bore extendingtransversely therethrough, said cross pin having a peripheral grooveformed therein intermediate its ends and normally confronting said bore,and a plug including a lock lug removably disposed in said bore toengage Within said peripheral groove to prevent axial movement of saidcroSS pin relative to said stem, said peripheral groove, said bore andsaid lock lug cooperating to form said releasable connecting means.

2. A cartridge loading magazine as defined in claim 1, wherein said stemis counterbored with the counterbore in open communication with saidbore at the outer end thereof, said lock lug being seated in saidcounterbore and having an outwardly projecting neck reduced in diametercooperating therewith to form a seat, and said biasing means having aportion thereof engaging in said seat to constantly urge said lock luginto releasable engagement within said peripheral groove.

3. A cartridge loading magazine as defined in claim 2, wherein saidbiasing means comprises an elongated spring including convolutions ofoblong configuration and wherein the sides of each convolution aresubstantially straight and the links at each end thereof areconcave-convex, and said spring has a first link thereof at its endproximate said cartridge follower disposed in said first seat toconstantly urge said plug into said counterbore and said lock lug intosaid peripheral groove.

4. A cartridge loading magazine as defined in claim 3, wherein said sidewalls adjacent said closed end of said casing are each provided with alaterally projecting flange with said flanges diverging in directionsaway from one another, and said butt plate assembly comprises a twopieceunit including a substantially rectangular lock plate and slide platewith said lock and slide plates being superimposed and congruentrelative to one another, said lock plate extending transversely betweensaid side walls and being perpendicular thereto with an end of said lockplate engaging said end wall of said casing and its opposed end engagingsaid standing means, and said slide plate having a pair oflongitudinally extending later-ally spaced and substantially parallelreverted flanges forming a pair of laterally spaced and confrontingguide grooves to slidably receive, respectively, said flanges on saidside walls of said casing therein, and means on said lock and slideplates releasably connecting the same together to prevent inadvertentmovement therebetween.

5. A cartridge loading magazine as defined in claim 4, wherein saidlast-named means includes a detent projecting laterally from one side ofsaid lock plate towards said slide plate, and said slide plate includesa transversely extending opening receiving said detent therein and toreceive a tool therethrough to depress said detent from said opening tofree said slide plate from said lock plate for movement on said flangesformed on said side walls.

6. A cartridge loading magazine as defined in claim 5, wherein said oneend of said lock plate is provided with an inwardly extending tab toengage over an adjacent link of said spring to lock said link betweensaid tab and said end wall.

7. A cartridge loading magazine as defined in claim 5, and said stemadjacent the free end thereof having an inwardly opening transversesecond seat formed therein to releasably receive a second link of thatconvolution of said spring proximate said cartridge follower.

8. A cartridge loading magazine as defined in claim 5, and a stabilizerpin extending transversely through and beyond the opposed sides of saidstem, the opposed ends of said stabilizer pin slidably engaging theadjacent sides of said side walls of said casing.

References Cited UNITED STATES PATENTS 11/1917 Orme 427 2/1920 Johnson4250

